2129 Results for: "GA"

Supplier: GA

Inkjet printable cryogenic labels are ideal for identifying cryo vials, tubes, plastic bags, as well as cardboard and polycarbonate freezer boxes.

Supplier: GA

These permanent labels are designed for the identification of tubes, vials, boxes, and other plastic or cardboard containers stored in ultra-low temperature laboratory freezers.

Supplier: GA

DYMO compatible labels for already frozen surfaces. These labels will adhere to frozen vials and containers under deep-freeze conditions (−80 °C).

Supplier: GA

CryoSTUCK® labels provide an ideal solution for bio-banks and bio-repositories.

Supplier: GA

Removable cryo labels provided in A4 sheet format for printing with laser printers. Ideal for long-term storage in liquid phase and vapor phase liquid nitrogen (−196 °C), lab freezers (−80 °C), and on dry ice.

Supplier: GA

Cryogenic warning labels for storage in liquid nitrogen, freezers, dry ice and other harsh environments. It is resistant to multiple freeze-thaw cycles, boiling water, UV rays, sterilization by gamma irradiation, deep-freeze and harsh lab environments.

Supplier: GA

Transparent tamper-evident tape for already frozen containers and boxes, ideal for long-term storage in cryogenic and deep-freeze conditions. Suitable for immersion and thawing in a water baths, the tape will tear upon any attempt to remove it, indicating any attempt to open the labeled container.

Supplier: GA

Writable cryo colour dots and rectangles for identifying the sides and tops of cryo vials and microtubes stored in lab freezers and liquid nitrogen Dewars. Easy to write on with permanent cryo markers, these labels are available in a variety of colours.

Supplier: GA

DYMO compatible, direct thermal cryo labels. For ultra-low and cryogenic temperature applications as low as –196 °C.

Supplier: GA

These tapes are intended for identifying frozen containers and surfaces under deep freeze conditions. Ideal for long-term cryo preservation of samples in liquid nitrogen.

Supplier: GA

Thin cryo lamination tape provides added protection against abrasion, harsh chemicals, and extreme temperatures. Designed to withstand long-term storage in liquid nitrogen and ultra-low temperature freezers, multiple freeze-thaw cycles, and transport on dry ice. This clear tape can be applied over existing labels.

Supplier: GA

Cryo-LazrTag™ labels are coated with a permanent adhesive for long-term cryostorage of cryo vials, tubes, microplates, and polycarbonate cryo/freezer boxes.

Supplier: GA

Transparent cryogenic self-laminating labels for thermal transfer printers. Their clear laminate protects the printed information from alcohols and detergents to ensure the secure identification of tubes and cryo vials. These labels will also withstand prolonged storage under cryogenic conditions, including in liquid phase and vapor phase liquid nitrogen.

Supplier: GA

Printable with thermal-transfer barcode printers for secure sample identification and traceability.

Supplier: GA

These labels are intended for identifying metal, plastic, and glass surfaces, including surgical instruments, glassware, trays, blister packs, and other items that will undergo sterilisation.

Supplier: GA

Cryogenic labels, with a clear overlap area, designed to be applied directly, and rapidly adhere to frozen cryo vials, tubes, cryo and freezer boxes, as well as other containers which are difficult to label under deep-freeze conditions (–80 °C/–112 °F).

Supplier: GA

These labels are available in a range of sizes and configurations, perfect for identifying cryo vials, microtubes, cardboard or polypropylene cryo/freezer boxes, cell culture plates, and plastic bags.

Supplier: GA

Deep-freeze, 0,28" colours dot labels are designed specifically for the identification of 0,2 ml microtube caps.

Supplier: GA

Transparent thermoplastic labels for a wide range of applications.

Supplier: GA

Cryo-LazrTag™ labels are coated with a permanent adhesive for long-term cryostorage of cryo vials, tubes, microplates, and polycarbonate cryo/freezer boxes.

Supplier: GA

Chemical-resistant, thermal-transfer labels for resin embedding, commonly used for transmission electron microscopy (TEM).

Supplier: GA

Transparent cryogenic labels provided in A4 sheet format for printing with desktop laser printers. These labels are designed to withstand long-term storage in extremely low temperatures (–196° C) as well as extremely elevated temperatures (150 °C), such as those encountered during steam autoclave cycles or dry heat sterilization. The transparent laminating tail also provides added protection against abrasion and spraying with chemicals.

Supplier: GA

Cryogenic labels for identifying small diameter cryo vials, tubes, plates, cardboard freezer boxes, polypropylene cryo-boxes, and plastic bags.

Supplier: GA

Cryogenic tape for the identification of various metal containers, for long-term cryogenic storage, as low as –196 °C.

Supplier: GA

Cryogenic tape for already frozen surfaces with GatorCUT™ technology. Can be cut by hand, without the need for any cutting instruments and applied directly on various frozen containers (no thawing required). Perfect for labeling containers for long-term preservation in liquid nitrogen and lab freezers.

Supplier: GA

DYMO-compatible paper labels for printing with the DYMO 450-series of LabelWriter® printers.

Supplier: GA

These small diameter, round cryo labels for microtube tops are made with a strong adhesive. Ideal for −80 °C freezers, dry ice, and liquid nitrogen storage.

Supplier: GA

Xylene and chemical-resistant labels for the identification of microscope slides that will undergo long-term chemical exposure and immersion.

Supplier: GA

Writable cryogenic colour dots and rectangles provided in dispenser box rolls for identifying the sides and tops of cryo vials and microtubes stored in lab freezers and liquid nitrogen dewars. Easy to write on with permanent cryo markers, JTRA-class labels are available in a variety of colours.

Supplier: GA

Transparent, adhesive-free labels affix to metal, plastic, and glass surfaces with static cling.